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Paint cure ovens are used to heat painted components in order to cure the paint. They are most typically batch format ovens, where one load of parts is placed into the oven and heated at a time. They can be electric or gas-fueled. These ovens can be continuous for high-volume paint curing, and the parts are transported through the oven on a conveyor. Industrial enamels typically require 10 to 30 minutes to cure at 121°C to 204°C (250°F to 400°F). Some improvement in curing time occurs at lower temperatures, even as low at 37.78°C.

Ceramic kilns play an important role in the quality of products manufactured. The product ranges from ceramic sanitary wares to tiles industries. The output of a ceramic product will be drastically different if it is not burned at the proper temperature. It's also crucial to utilize the proper kiln for the production process. This is due to the fact that there are several factors to consider while ring ceramics in a kiln. Many factors might cause the end product to fail or break during the ring process. The technical definition of the ceramic kiln is a thermally enclosed chamber, similar to an oven, that generates temperatures high enough to finish an operation like hardening, drying, or chemical reactions.

The vacuum sintering furnace is suitable for operating temperature of 1000 deg C. The hot zone chamber size of the furnace is 200 mm x 200 mm x 200 mm ( H x W x D). TiO2 Granules of Size 6-10 mm is sintered inside the furnace at 1000 Deg C with vacuum of 10-4 mbar. The vacuum chamber shell is made of Stainless Steel (SS304) material of cylindrical shape with thickness of 6 mm. The SS chamber is front loading type with water jacketed flange for cooling. The pumping system consists of diffusion pump, rotary vane pump, nitrogen trap etc. The working vacuum inside the chamber is 2 X 10-4 mbar at temperature of 1000 Deg C in empty & dry condition within 6 hours.

The High Temperature vacuum furnace is used for sintering of the silicon nitride material. The sintering of Silicon Nitride ceramics will be done in Nitrogen Atmosphere at high temperature. The maximum temperature of the furnace is 1700 deg C. The furnace consists of inner vacuum chamber. The chamber has high temperature ceramic fiber boards insulation. MoSi2 heaters are used to achieve the desired temperature. The system also has vacuum system to achieve the vacuum of 10-3 mbar inside the chamber. The vacuum system will consist of Mechanical rotary pump and backing roots pump of leybold make. There is also two stage gas manifold system to purge the nitrogen gas inside the furnace during the sintering process. The furnace will be vacuum in dry cold conditions